Author Index
O
(W.1.1) AN INTEGRATED MICROFLUIDIC DEVICE FOR HIGH-THROUGHPUT ELECTROPHYSIOLOGICAL ANALYSIS OF C. ELEGANS
(T.5.135) HYDROPHILIC POLYMERIC COATINGS FOR ENHANCED, SERIAL-SIPHON BASED FLOW CONTROL ON CENTRIFUGAL LAB-ON-A-DISC PLATFORMS
(T.3.91) IMMUNOMAGNETIC PURIFICATION OF CANCER CELLS FROM WHOLE BLOOD ON A CENTRIFUGAL MICROFLUIDIC PLATFORM
(W.3.79) LASER-BASED MANIPULATION AND FLUORESCENT DETECTION OF INDIVIDUAL, CENTRIFUGALLY ARRAYED BIOPARTICLES
(T.5.135) HYDROPHILIC POLYMERIC COATINGS FOR ENHANCED, SERIAL-SIPHON BASED FLOW CONTROL ON CENTRIFUGAL LAB-ON-A-DISC PLATFORMS
(M.7.170) REAL-TIME FISH USING OPTICALLY DRIVEN MICROSPHERES FUNCTIONALIZED BY THE HOMOLOGOUS RECOMBINATION PROTEIN, RecA
(W.4.112) WATER-IN-OIL DROPLET-BASED MICROFLUIDIC SYSTEM FOR ENZYMATIC STUDIES, COUPLED TO OFF-CHIP ELECTROSPRAY IONIZATION MASS SPECTROMETRY
(M.8.183) DESIGN AND SYNTHESIS OF FLUORESCENT ENZYME SUBSTRATE MONOMER AND ITS APPLICATION TO THE DEVELOPMENT OF HYDROGEL-BASED SINGLE STEP IMMUNOASSAY MICRODEVICE
(T.3.95) THREE-DIMENSINAL NEURON CULTURE METHOD CONTROLLING THE DIRECTION OF NEURITE ELONGATION AND THE POSITION OF SOMA
(1.B1-1) LABEL-FREE, HIGH THROUGHPUT ELECTRICAL DETECTION OF CELLS IN DROPLETS
(T.9.199) ENZYME-BASED BIOFUEL CELL DESIGNED FOR DIRECT POWER GENERATION FROM BIOFLUIDS IN LIVING ORGANISMS
(1.C1-2) LABEL-FREE DETECTION OF REAL-TIME DNA AMPLIFICATION USING NANOWALL ARRAY STRUCTURES
(M.5.145) MICROFLUIDIC GLUCOSE DETECTION WITH AN LASER-INDUCED FLUORESCENCE DETECTION DEVICES
(T.2.45) AN INTEGRATED MICROFLUIDIC PLATFORM FOR IN-SITU CELLULAR CYTOKINE SECRETION IMMUNOPHENOTYPING
(2.B1-1) ENCODING OF LIQUID CAPPED MICROCAPSULE AND HETEROGENEOUS ASSEMBLY FOR MULTIPLEXED ASSAY
(W.2.60) MULTIPLEXED DRUG SCREENING USING PARTIPETTING
(M.1.9) FAST SURFACE-TOPOGRAPHY-DRIVEN DROPLET TRANSPORTATION ON THE MAGNETIC ELASTOMER WITH A SUPERHYDROPHOBIC SURFACE
(T.3.86) MICROCHIP FILTER USING 3-DIMENSIONAL FLOW FOR RARE CELLS SEPARATION
(T.3.87) ISOLATION OF CIRCULATING TUMOR CELLS WITH HIGH RECOVERY AND PURITY BY CELL SIZE AMPLIFICATION AND A MIRO SLIT FILTER HAVING EXTREMELY HIGH ASPECT RATIO
(W.2.58) CONTINUOUS FLOW INFRARED POLYMERASE CHAIN REACTION (cfIR-PCR) USING AN INFRARED-MEDIATED HEATING SYSTEM AT CONSTANT POWER
(M.1.21) ON-CHIP PROCEDURES FOR MAGNETIC PARTICLE-BASED ASSAY IN DROPLETS
(T.1.20) FUSION AND SORTING OF TWO PARALLEL TRAINS OF DROPLETS USING A RAIL-ROAD-LIKE CHANNEL NETWORK AND GUIDING TRACKS
(M.2.57) UNRAVELING MECHANO-STRESS RESPONSIVE SIGNALING NETWORKS IN BUDDING YEAST VIA MICROFLUIDIC DEVICES
(4.C1-2) MONOTONIC TUNING OF PLASMON RESONANCE USING DEFORMABLE NANOPLASMONIC MEMBRANE FOR SURFACE-ENHANCED RAMAN SCATTERING
(M.7.166) GLASS NANOPILLAR ARRAY BASED NANOPLASMONIC LAB-ON-A-CHIP FOR HIGHLY SENSITIVE SURFACE ENHANCED RAMAN SPECTROSCOPY
(T.2.53) MEASUREMENT OF INFLAMMATORY CYTOKINE SECRETION FROM HUMAN MONOCYTES AFTER INFLAMMASOME ACTIVATION
(W.2.46) DEVELOPMENT OF A MICROFLUIDIC CONCENTRATION GRADIENT GENERATOR ON A MICROWELL SLIDE FOR HIGH-THROUGHPUT CELL ANALYSIS
(M.1.29) NANO/MICRO JETS IN THIN FILMS FOR BIOMATERIAL MANIPULATION AND CHARACTERIZATION
(W.1.12) A STUDY OF LIQUID DYNAMIC RUPTURE IN MICROFLUIDICS
(M.8.180) DNA MELTING CURVE ANALYSIS ON SEMI-TRANSPARENT THIN FILM MICROHEATER ON FLEXIBLE LAB-ON-FOIL SUBSTRATE
(M.3.74) ANALYSIS OF TRAPPING AND STREAMING IN AN ULTRASOUND-ACTUATED MULTI-WELL MICROPLATE FOR SINGLE-CELL STUDIES
(W.2.40) CHARACTERIZATION OF NATURAL KILLER CELLS’ CYTOTOXIC HETEROGENEITY USING AN ARRAY OF SONO-CAGES
(M.3.80) ACOUSTIC TRAPPING EFFICIENCY OF NANOPARTICLES AND BACTERIA
(M.9.195) ANALYSIS OF POLYCHLORINATED BIPHENYLS IN OIL USING MICROFLUIDIC BASED PRETREATMENT METHOD AND IMMUNOASSAY
(W.9.194) MICRO KINETIC EXCLUSION ASSAY FOR CADMIUM ANALYSIS
(3.C1-2) SINGLE-MOLECULE TUNNEL-CURRENT BASED IDENTIFICATION OF DNA/RNA TOWARDS SEQUENCING BY USING NANO-MCBJ
(M.5.127) DEVELOPMENT OF GATING NANOPORE TOWARDS SINGLE-BIOMOLECULE ELECTRICAL IDENTIFICATION
(W.5.127) FABRICATION OF NANOFLUIDICS AND NANOPORE USING REACTIVE-ION DRY-ETCHING WITH ELECTRON-BEAM BAKED RESISTS
(W.3.75) AN OPTO-THERMOCAPILLARY CELL MANIPULATOR
(3.B2-2) OPTICAL NEAR-FIELD INDUCED CHEMICAL PARTIAL HYDROPHOBIC/ HYDROPHILIC MODIFICATION WITH SUB-DIFFRACTION LIMIT RESOLUTION
(1.C1-2) LABEL-FREE DETECTION OF REAL-TIME DNA AMPLIFICATION USING NANOWALL ARRAY STRUCTURES
(M.2.63) PLASMA SEPARATION FROM HUMAN BLOOD USING SPIRAL MICROCHANNELS FOR DRY EYE TREATMENT
(M.4.110) SUB-MILLISECOND SEPARATION OF DNA AND MICRO-RNA BY NANOPILLAR ARRAY CHIPS
(M.7.169) DETECTION OF METALLIC ELEMENTS IN A SINGLE CANCER CELL USING MICROFLUIDIC DEVICES COUPLED WITH ICP-MS
(T.3.85) MICROFLUIDIC RARE CANCER CELL COLLECTION WITH ANTI-EpCAM ANTIBODY MODIFIED EUGLENA BY PHOTOTAXIS INSIDE MICROCHANNELS
(T.3.90) DEVELPOEMENT OF NOVEL CIRCULATING TUMOR CELLS SEPARATION AND NON-LABELING DETECTION BY CIRCULATING TUMOR CELLS’ SPECIFIC PROPERTIES
(T.4.112) NANOPILLAR PARALLEL-ARRAY STRUCTURE WITH DNA TRAPPING AND TORQUE-ASSISTED ESCAPE MODE FOR DNA SEPARATION
(T.5.128) FABRICATION OF PMMA MICROPILLARS BY REACTIVE ION ETCHING TOWARDS SEPARATION OF WHITE AND RED BLOOD CELLS
(W.2.37) HIGH THROUGHPUT PURIFICATION DEVICE FOR GENE DELIVERY MULTIFUNCTIONAL ENVELOPE-TYPE NANODEVICE
(W.3.67) GRAPHENE FOREST DEVICES AS CELL SCAFFOLDS FOR STEM CELLS
(W.8.176) IDENTIFICATION OF SINGLE MOLECULAR DNA METHYLATION POINTS BY MICROFLUIDIC DNA MOLECULE STRETCHING AND QUANTUM DOT DETECTION
(2.SS-2) MICROFLUIDIC DEVICES FOR OCEAN SCIENCE AND EXPOLORATION
(W.5.135) PHOTO-DYNAMIC CONVERSION OF SOLID SURFACE FROM PROTEIN-PHOBIC TO PROTEIN-PHILIC BY FEMTOSECOND LASER THROUGH IN SITU MICROFABRICATION
(1.A2-2) IN VITRO WOUND-HEALING ANALYTICAL SYSTEM COMPOSED OF A MICRO AUTOMATED SCRATCHER AND OXYGEN GRADIENT CHAMBER
(T.3.66) ANALYSIS FOR EFFECT OF CELL SHAPE ON HIPPO SIGNALING PATHWAY USING MICRO-FABRICATED CELL CULTURE PLATFORM
(T.3.84) DYNAMICALLY CELL SEPARATING THERMO-RESPONISIVE BIOINTERFACES HAVING DENSE POLYMER BRUSHES
(T.2.57) A NEUROSPHEROID CULTURED ON THE TIP OF A FLEXIBLE MICROELECTRODE FOR CORTICAL MICROSTIMULATION
(T.3.99) DIFFERENTIATION OF MULTIPOTENT DFAT CELLS INTO SMOOTH MUSCLE-LIKE CELLS IN 3D TUBULAR MICROENVIRONMENT FOR TISSUE REGENERATION APPLICATIONS
(W.2.44) CONTINUOUS LOCAL EXPOSURE TO CHEMICAL SUBSTANCES OF SINGLE CELL
(W.2.57) A TRANSDERMAL CONTINUOUS GLUCOSE MONITORING SYSTEM WITH AN IMPLANTABLE FLUORESCENT HYDROGEL FIBER AND A WEARABLE PHOTO-DETECTOR
(W.3.99) BIOFABRICATION OF LIVING VESSEL STRUCTURES INTEGRATED WITH FLUID PERFUSION
(W.2.44) CONTINUOUS LOCAL EXPOSURE TO CHEMICAL SUBSTANCES OF SINGLE CELL
(W.3.73) ENGINEERING STABLE MICRO-CAPILLARY STRUCTURES BY CONTROLLED 3D-COLLAGEN MICROCHANNELS
(M.7.158) DEVELOPMENT OF OPTO-CHEMICAL MICROSCOPE SYSTEM FOR SPATIO-TEMPORAL ANALYSIS OF SIGNALS IN SELF-ORGANIZED NEURONS
(M.8.184) FABRICATION OF CAPILLARY-DRIVEN TONER-BASED MICROFLUIDIC DEVICES FOR CLINICAL DIAGNOSTICS WITH COLORIMETRIC DETECTION
(W.6.149) PHARMACY-ON-A-CHIP: MICROFLUIDIC SYNTHESIS OF PEGYLATED AND FOLATE RECEPTOR-TARGETED LIPOSOMES FOR DRUG DELIVERY
(M.9.199) IMPLANTABLE DEVICE FOR LATE-PHASE HEMORRHAGIC SHOCK PREVENTION USING A NOVEL NON-ENZYMATIC FUEL CELL
(M.3.74) ANALYSIS OF TRAPPING AND STREAMING IN AN ULTRASOUND-ACTUATED MULTI-WELL MICROPLATE FOR SINGLE-CELL STUDIES
(W.2.40) CHARACTERIZATION OF NATURAL KILLER CELLS’ CYTOTOXIC HETEROGENEITY USING AN ARRAY OF SONO-CAGES
(M.3.81) HIGH RESOLUTION SIZE BASED MICRO PARTICLE/CELL SEPARATOR WITH TRAPEZOIDAL CROSS SECTION SPIRAL MICROCHANNELS
(T.6.151) SPOT-SELECTIVE DNA RECOVERY FROM DNA MICROARRAY CHIPS FOR ON-CHIP DIRECTED EVOLUTION
(W.8.179) SINGLE-STEP CAPILLARY ELECTROPHORESIS FOR FIELD-AMPLIFIED SAMPLE STACKING
(T.6.149) SINGLE-MOLECULE IMAGING DEVICE USING LOCALIZED EVANESCENT ILLUMINATION IN POLYMERIC NANOHOLES
(2.A1-2) AN ANGLE-TUNABLE MICROFLAP TOWARD THE OBSERVATION OF PARASITE INVASION INTO HOST ADHERENT CELLS
(T.1.6) INSTANTANEOUS SOLIDIFICATION OF A CENTRIFUGE-DRIVEN CAPILLARY JET WITH CONTROLLED HYDRODYNAMIC INSTABILITY IN A CENTRIFUGE-BASED DROPLET SHOOTING DEVICE THROUGH OBSERVATIONAL ANALYSIS
(T.2.57) A NEUROSPHEROID CULTURED ON THE TIP OF A FLEXIBLE MICROELECTRODE FOR CORTICAL MICROSTIMULATION
(T.3.72) TUBLOGENESIS OF ENDOTHELIAL CELLS IN CORE-SHELL HYDROGEL MICROFIBERS
(T.3.97) SINGLE NEURON OBSERVATION IN A 3D NEURONAL TISSUE BLOOK
(T.3.99) DIFFERENTIATION OF MULTIPOTENT DFAT CELLS INTO SMOOTH MUSCLE-LIKE CELLS IN 3D TUBULAR MICROENVIRONMENT FOR TISSUE REGENERATION APPLICATIONS
(W.3.99) BIOFABRICATION OF LIVING VESSEL STRUCTURES INTEGRATED WITH FLUID PERFUSION
(3.A1-2) FAST WHOLE BLOOD TESTING FOR DETECTING BIOMARKERS BY SIZE-EXCLUSION SPR SENSING
(4.A2-2) DNA FIBER PREPARATION TECHNIQUE ON A CHIP FOR CLINICAL DIAGNOSIS
(W.5.133) LARGE AREA 3D MICROFABRICATION TECHNIQUE BY MULTIDIRECTIONAL PHOTOLITHOGRAPHY FOR A CHROMOSOME EXTENSION CHIP
(T.4.119) MICRO-FLOW REACTION SYSTEMS FOR PHOTOCATALYTIC CARBON DIOXIDE RECYCLING AND HYRDROGEN GENERATION
(T.3.90) DEVELPOEMENT OF NOVEL CIRCULATING TUMOR CELLS SEPARATION AND NON-LABELING DETECTION BY CIRCULATING TUMOR CELLS’ SPECIFIC PROPERTIES
(W.4.104) A COMPACT SILICON MICROPILLAR ARRAY CHIP FOR DNA CHROMATOGRAPHY: DETERMINATION OF SAMPLE SIZE AND CONCENTRATION
(M.6.148) INTRANEURONAL TRANSPORT IN VITRO: DEVELOPMENT OF A HIGHLY SENSITIVE MICROTUBULE BASED ASSAY
(W.6.147) UTILIZING PDMS STAMPING FOR MASS PRODUCTION OF MICROTUBULE FUNCTIONALIZED DETECTION DEVICES
(W.3.63) BIOPHOTONIC LAB ON A CHIP WITH INTEGRATED SIZE-EXCLUSION MICROFILTERS FOR CELL PROLIFERATION MONITORING
(1.C3-4) UNIFORM SIZE LIPOSOMES ON A CHIP: OBSERVATION OF TRANSPORT KINETICS THROUGH NANOPORE MEMBRANE PROTEIN
(M.5.139) RAPID PERFUSION SYSTEM FOR INHIBITION INVESTIGATION OF MEMBRANE PROTEINS IN PLANAR LIPID BILAYER
(M.9.196) PORTABLE MEMBRANE PROTEIN CHIP: DEVELOPMENT OF MEMBRANE PROTEIN SENSORS FOR ENVIRONMENT ANALYSIS
(T.2.34) RAPID AND ACCURATE IC50 DETERMINATION USING LOGARITHMIC CONCENTRATION GENERATOR
(T.3.76) SMOOTH-TIP DIELECTROPHORESIS BASED TWEESERS FOR SINGLE LIPOSOME HANDLING
(W.2.55) FORMATION OF CELL-SIZED VESICLES WITH ASYMMETRIC LIPID BILAYER USING PULSED JET FLOW
(W.2.56) LIPID BILAYER CHAMBER ARRAY FOR FLUORESCENT AND ELECTROCHEMICAL MEASUREMENT OF MEMBRANE PROTEINS
(W.8.182) GLASS FIBER SHEET ON A CHIP: FOR RAPID, LOW-COST, AND CONTAMINATION-FREE QUANTITATIVE IMMUNOASSAY
(W.8.173) INTEGRATED ASSAY WITH SAMPLE PROCESSING: PAPER-BASED DEVICE FOR IgM DETECTION
(M.1.11) BUBBLE-GATE FOR IN-PLANE FLOW CONTROL IN MICROFLUIDIC CHANNELS
(T.3.93) AN APPLICATION OF INTERDIGITATED ARRAY OF Pt ELECTRODES FOR ELECTRICAL STIMULATION OF ENGINEERED MUSCLE TISSUE
(T.3.94) SKELETAL MUSCLE TISSUE IMPROVEMENT BY CO-CULTURE SYSTEM IN GELATIN METHACRYLATE HYDROGEL
(W.5.129) FAST PROTOTYPING OF µTAS BY DIRECT LASER WRITING
(1.A2-2) IN VITRO WOUND-HEALING ANALYTICAL SYSTEM COMPOSED OF A MICRO AUTOMATED SCRATCHER AND OXYGEN GRADIENT CHAMBER
(T.3.67) SEQUENTIAL ASSEMBLY OF THE FUNCTIONAL MATERIAL MICROPATTERNS ON THE HYDROGEL SHEET FOR CONSTRUCTING SKELETAL MUSCLE CELL-BASED ASSAY SYSTEM
(W.4.105) DEVELOPMENT OF A MICROFLUIDIC BLOTTING DEVICE BY USING ALGINATE HYDROGEL
(W.5.137) PDMS MICROCHIP ELECTROPHORESIS WITH HIGH SEPARATION EFFICIENCY BY SIMPLE AND QUICK MODIFICATION OF PHOSPHOLIPID POLYMER
(T.2.33) A MEMBRANE MICROCONTACTOR AS A TOOL FOR SAMPLE PRE-TREATMENT OF PHARMACEUTICAL COMPOUNDS
(T.2.47) ELECTRICAL-IMPEDANCE-SPECTROSCOPY CHARACTERIZATION OF INDIVIDUALLY IMMOBILIZED SINGLE PARTICLES AND YEAST CELLS
(T.1.2) DESIGN AND FABRICATION OF A CD-LIKE DISPOSABLE MICROFLUIDIC PLATFORM FOR SERIAL DILUTION
(M.3.71) RAPID CONSTRUCTION OF MULTILAYERED TISSUES ON CURVED SUBSTRATE BY WATER TRANSFER PRINTING
(1.C3-1) GIANT VESICLE FORMATION THROUGH THE ASSEMBLY OF 2D SUPPORTED LIPID BILAYERS
(W.8.182) GLASS FIBER SHEET ON A CHIP: FOR RAPID, LOW-COST, AND CONTAMINATION-FREE QUANTITATIVE IMMUNOASSAY
(T.9.195) MICROFLUIDIC GAS/LIQUID TOXICITY SENSING THROUGH THE CHEMOTAXIS OF EUGLENA CELLS CONFINED IN A MICRO-AQUARIUM
(T.5.139) ACTIVE MICROMIXER USING A METALLIZED MICROTURBINE DRIVEN BY AN ULTRA-LOW POWER LASER
(M.1.18) DIGITAL READOUT PLATFORM FOR WATER-IN-OIL DROPLET IMMUNOASSAYS RUNNING ON A CELL-PHONE FOR POINT OF CARE VIRAL LOAD SENSING
(T.2.35) A DROPLET BASED MULTI-DRUG SCREENING SYSTEM CONTROLLED WITH ELECTROSTATIC MICROVALVES
(M.1.5) ON-CHIP LIQUID CONTROL USING STRIPED SURFACE TOPOGRAPHY FABRICATED BY POLYMER INJECTION MOLDING